Dihexa – 10mg Pellets – 60 Count

Dihexa is a synthetic hexapeptide compound studied extensively in laboratory research involving neurotrophic factor signaling, synaptic plasticity, and cognitive function pathway modulation. As a compound of significant scientific interest, Dihexa is used by researchers investigating fundamental mechanisms of neuroplasticity and memory-related biological processes in controlled preclinical and in vitro settings.

What Is Dihexa?

Dihexa is a synthetic hexapeptide derived from the brain-based angiotensin IV system. In research settings, it is examined for its proposed role in modulating hepatocyte growth factor (HGF) activator inhibition and interaction with the c-Met receptor pathway, implicated in cell growth, motility, and neuronal survival. Scientists study this compound to better understand how it influences synaptic density and cognitive-related biological processes in laboratory models. Its brain-penetrant properties are a primary focus of ongoing preclinical investigation.

Structure and Function

Dihexa is a six-amino acid peptide engineered from the angiotensin IV sequence with modifications to enhance receptor affinity and central nervous system penetration. Its primary research function involves interaction with the c-Met receptor pathway and downstream neurotrophic signaling. Researchers also investigate its effects on synaptic plasticity markers and neuronal survival pathways, making it relevant to studies in neuroscience, cognitive biology, and neuroprotection research.

Research Applications

• Neurotrophic factor signaling and synaptic plasticity pathway investigations in cellular models
• Cognitive performance and memory formation pathway studies in animal behavior research
• Neuroprotective mechanism exploration against oxidative stress and excitotoxicity in vitro
• Age-related cognitive decline research and neurodegenerative pathology model investigations
• c-Met receptor role characterization in neural repair and regeneration following injury

Research Findings and Scientific Interest

Studies have examined the role of Dihexa in c-Met pathway modulation, with findings suggesting its involvement in enhancing synaptic connectivity in laboratory models. Research into its neuroprotective properties and potential influence on memory-related signaling continues to attract interest from the neuroscience and cognitive biology research communities. Its brain-penetrant profile makes it a practical subject for central nervous system focused in vivo investigations.

Availability and Specifications

Dihexa is available as research pellets at 10mg per unit, supplied as 60 units per container, for use in controlled laboratory environments by qualified researchers.

This product is intended strictly for laboratory research purposes only. It is not intended for human consumption or for medical, veterinary, or therapeutic use.